DM80-01-3-8790-3-LC

Laser diode\'s the most sophisticated technology and quality standards currently available enable these devices to cover many application fields. The DM80-01-3-8790-3-LC laser diode is a common type of laser diode used in many applications. This model is widely used in applications requiring high precision, such as printing and semiconductor processing. It is also used in medical applications and in research laboratories.

The DM80-01-3-8790-3-LC laser diode features a high degree of spectral purity, making them suitable for use in sensitive applications such as laser cutting, engraving, welding, and marking. The diode also has a wide range of current control capabilities, which enable it to be used for a variety of applications. Additionally, this diode has a high efficiency, allowing for longer periods of use without overheating.

The DM80-01-3-8790-3-LC laser diode utilizes a combination of semiconductor materials to generate the laser light. The diode is composed of two forms of semiconductor material, one for emission and the other for absorption. When an electric current is passed through the diode, the material absorbs the energy and increases its temperature, causing electrons to be excited. This excitation of the electrons causes light to be emitted, which is focused and directed towards to the desired target.

The laser diode also uses optics to focus the light in the desired direction. The output of the diode is pointed to an optical device such as a mirror, prism, or lens. This optical device shapes the light beam into a specified width and depth, which is then directed towards the target. This focused light is what is known as a laser beam.

The DM80-01-3-8790-3-LC laser diode is one of the most common and popular types of laser diodes on the market today. This model has the versatile current control capabilities needed for a variety of applications, including printing, semiconductor processing, medical, and research. It also features a high degree of spectral purity, which makes it suitable for sensitive applications. Additionally, its high efficiency allows for longer periods of use without overheating.